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Municipality Energy Data

Energy in Jammerbugt Kommune

Explore renewable energy data and climate plans for Jammerbugt Kommune. See how your municipality is progressing towards a green energy future.

82.8%

Renewable Energy

Share of total energy consumption from renewable sources

247.1

Total Consumption (GWh)

Annual electricity consumption across all sectors

258.0

Renewable Capacity (MW)

Total installed solar and wind power capacity

29,650

Estimated Households

Approximate number of households based on private consumption

Data from EnergiNet - Denmark's official energy data provider

Climate Plan

Climate Action Plan

Jammerbugt Kommune has set an ambitious climate agenda with the goal of reducing CO2 emissions by 70% by 2030 and achieving climate neutrality by 2050. As one of Denmark's 20 municipalities in the DK2020 pilot project, the municipality positions itself as a frontrunner in the green transition. The municipality's location between the North Sea and the Limfjord, combined with large agricultural areas and significant wind energy production, provides both unique opportunities and particular challenges in climate action. Today, Jammerbugt Kommune emits 519,000 tonnes of CO2e annually, equivalent to 13.4 tonnes per inhabitant - significantly higher than the national average of 9 tonnes (p. 4). Since 1990, emissions have already been reduced by 43%, from 902,000 tonnes to today's level. Agriculture dominates the emissions accounts with a full 80% of total emissions, primarily from cultivation of carbon-rich lowland soils and cattle farming. Transport accounts for a further 25%, while the energy sector actually contributes negatively to the accounts, as the municipality exports more green electricity than it consumes. What makes Jammerbugt Kommune's climate challenge particularly complex is the dominant role that agriculture plays. While many other municipalities can focus on energy and transport, Jammerbugt faces the difficult task of reducing emissions from a sector where technological solutions are not yet fully developed. At the same time, the municipality's geographic location with many old reclaimed areas and near-surface groundwater creates particular climate adaptation challenges, which became evident in the winter of 2019-2020 when fields and lawns were submerged. The municipality's most ambitious measure is the plan to retire 1,000 hectares of carbon-rich lowland soils by 2030, starting with a 500-hectare pilot project in the municipality's largest drinking water area (p. 21). The project combines climate considerations with nature conservation and recreational values through multi-functional land consolidation. At the same time, the municipality aims to convert 23% of the vehicle fleet to electric and hybrid cars and replace 2,000 oil boilers with climate-friendly alternatives. A particularly innovative element is the AI-based screening tool that the municipality is developing with support from the Finance Act 2020 for mapping flood risks. The plan's honest assessment shows, however, that the planned initiatives alone will not bring the municipality to its goal. Particularly in agriculture and transport, the plan acknowledges that 'new regulatory frameworks, national measures, and local actions can reduce the shortfall over time' (p. 21). This underscores how dependent local climate action is on technological development and national political decisions in areas such as biogas, alternative fuels for agricultural machinery, and fossil-free heavy transport. To involve citizens and businesses, the municipality plans to establish a climate and energy forum and has already entered into a climate partnership agreement with the local agricultural organisations Agri Nord, Landbonord, and Bæredygtigt Landbrug. The popular Skraldekaravanen continues its work educating children and young people in sustainability, while the municipality as an ambassador will lead the way through conversion of its own vehicle fleet and energy renovation of municipal buildings. Success will largely depend on whether the municipality manages to maintain the broad cross-sector and cross-interest collaboration that has characterised Jammerbugt Kommune over the years.

Source: Klimahandlingsplan mod 2050 (2021)

519K

Current emissions

13.4 ton CO2e Per capita

70%

2030 reduction target

Baseline emissions: 902K

Sector Breakdown

Energy

10%

Transport

25%

Agriculture

80%

Industry

2%

Waste & Wastewater

1%

Flagship Projects

Retirement of carbon-rich lowland soils

500 ha pilot project within the largest drinking water area with potential for nature, biodiversity, and recreation

Agriculture

AI-based screening tool

Artificial intelligence for mapping floods with a wetness index that links surface and groundwater

Climate adaptation

Grøn Energi Nordjylland 2040

Regional energy plan for 100% self-sufficiency with renewable energy

Energy

Climate Actions

Planned Climate Actions

Concrete measures from the municipal climate action plan, organized by sector.

Energy Supply

  • •

    Replacement of 2,000 oil boilers

  • •

    Conversion to district heating

  • •

    Development of a heating plan

  • •

    Increased production of renewable energy

  • •

    Biogas production - target of 50% of manure utilised

Transport

  • •

    Conversion of 23% of the vehicle fleet to electric and hybrid cars

  • •

    Charging station strategy

  • •

    HVO diesel in waste collection

  • •

    Coordination of special transport services

  • •

    Collaboration on fast chargers

Agriculture

  • •

    Retirement of 1,000 ha of carbon-rich lowland soils

  • •

    Multi-functional land consolidation

  • •

    Climate partnership agreement with agricultural organisations

  • •

    Establishment of 500 ha of forest

  • •

    Biogas plant

Industry

  • •

    Dialogue with businesses on natural gas reduction

  • •

    NBE collaboration on sustainability

Municipal Operations

  • •

    Building screening of municipal buildings

  • •

    Conversion of municipal vehicle fleet

  • •

    More virtual meetings

Climate Adaptation

  • •

    AI-based screening tool

  • •

    Action plan for climate adaptation

  • •

    Partnership with Jammerbugt Forsyning

  • •

    Separate sewerage

Citizen Engagement

  • •

    Climate and energy forum

  • •

    Campaigns targeting oil and gas boiler owners

  • •

    Skraldekaravanen (The Waste Caravan)

  • •

    Education in sustainability

Local Characteristics

Key industry: Agriculture - cattle farming dominates

Notable assets:

High wind energy production, Net export of green electricity, Denmark's breadbasket

Geography:

Location between the sea and the Limfjord, Long coastlines and fjord shores, Old reclaimed land, Large open expanses, Carbon-rich lowland areas

Challenges:

High CO2 emissions from agriculture (80%), Near-surface groundwater, Sparsely populated areas - challenge for charging infrastructure

Partnerships & Alliances

  • •

    Agri Nord

  • •

    Landbonord

  • •

    Bæredygtigt Landbrug

  • •

    Region Nordjylland

  • •

    NT (Nordjyllands Trafikselskab)

  • •

    Jammerbugt Forsyning A/S

  • •

    NBE (Netværk for Bæredygtig Erhvervsudvikling)

  • •

    Danmarks Naturfredningsforening

Citizen Involvement

  • •

    Establishment of a climate and energy forum

  • •

    Skraldekaravanen - mobile education centre

  • •

    Showcases at libraries and supermarkets

  • •

    Vi ta'r skraldet - institutional guidance

  • •

    Climate communication via website and Facebook

Climate Risks & Adaptation

Flooding from sea and fjord, Near-surface groundwater, Increased precipitation in autumn and winter, Waterlogged areas

Planned measures

  • •

    AI-based screening tool

  • •

    Identification of areas at risk of flooding

  • •

    Administrative basis for local planning

  • •

    Action plan for climate adaptation

  • •

    Comprehensive plan for Ryaa

2030 Gap Analysis

New regulatory frameworks, national measures, and local actions can reduce the shortfall over time

Calculate Your Energy Community's Needs

25

Homes

=

0.09

GWh annually

Based on 3,500 kWh average consumption

Energy Type

Wind is consistent all year round and requires less land but the construction time is longer than solar.

Wind turbine

1 Wind Turbine

25= 0.09 GWh

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